factorials
英[]
美[]
- n. [数]阶乘;[数]析因(factorial 的复数)
双语例句
- 1. When factorials are needed they are read from the table.
- 当需要阶乘时,将从该表中读取阶乘。
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- 2. In this example, a table of factorials is calculated once.
- 该示例将计算一次阶乘表。
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- 3. How to use extended precision arithmetic to handle bigger factorials?
- 如何使用扩展精度运算处理更大的阶乘?
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- 4. The classic example of recursive programming involves computing factorials.
- 计算阶乘是递归程序设计的一个经典示例。
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- 5. You can think of factorials in much the same way as Fibonacci sequences.
- 可以用与Fibonacci序列基本相同的方式对待阶乘。
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- 6. Some of the features include trigonometry, factorials, permutations and combinations.
- 它的功能还包含计算三角函数,阶乘,排列和组合的计算。
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- 7. What would be an efficient way of calculating ratio of two factorials with arbitrary precision?
- 什么是两阶乘计算任意精度比的一种有效途径?
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- 8. So this is going to turn out to be a relatively simple case, because the factorials are going to cancel.
- 这样将产生一个相对简单的结果,因为阶乘被消去了。
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- 9. Based on this analysis relationship, we propose the MPU rule, which can be used to compare two-level factorials.
- 之间的解析关系。基于这种解析关系,我们提出了一个用于比较二水平因子设计好坏的MPU准则。
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- 10. The classic Haskell functions that you'll find in most tutorials are recursive math functions, such as Fibonacci functions and factorials.
- 在大多数教程中可以发现的大多数经典Haskell函数都是递归的数学函数,例如fibonacci函数和阶乘。
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- 11. Factorials design and Latin hypercube sampling design are applied in the high-speed milling experiments of martensitic stainless steel.
- 综合应用析因试验设计与拉丁超立方抽样试验设计,对难加工材料马氏体不锈钢进行了高速铣削试验。
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- 12. Except that unlike before, we don't have the convenient and simple cancellation of the factorials. That happened before, because they were there.
- 除了和以前不一样的一点,我们没有方便,简单的阶乘的相消,这在以前发生过,因为它们存在。
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- 13. The Six Sigma Black Belt should know factorials, permutations and combinations, and how to use these in commonly used probability distributions.
- 六西格玛黑带应了解析因、置换、合并等方法,以及它们在概率分布中的一般应用。
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- 14. Since factorials of numbers less than 1 don't make any sense, we stop at the number 1 and return the factorial of 1 (which is 1). Therefore, the real factorial function will look like this
- 由于小于1的数的阶乘没有任何意义,所以我们在计算到数字 1 的时候停止,并返回 1 的阶乘(即 1)。
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- 15. Complex algorithms are typically made easier by using recursion. In fact, there are some traditional algorithms that presume recursion as the implementation, such as a function to return factorials.
- 复杂算法通常比较容易使用递归实现。事实上,有些传统算法正是以递归实现的,诸如阶乘函数。
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- 16. Complex algorithms are typically made easier by using recursion. In fact, there are some traditional algorithms that presume recursion as the implementation, such as a function to return factorials.
- 复杂算法通常比较容易使用递归实现。事实上,有些传统算法正是以递归实现的,诸如阶乘函数。
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